- Joined
- Jun 21, 2015
- Messages
- 2,111
If he has a pansy cpu and no crazy radiators or gigantic fans and pumps it might be alright.I personally would suggest against using a 1000w
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If he has a pansy cpu and no crazy radiators or gigantic fans and pumps it might be alright.I personally would suggest against using a 1000w
True. The compromise to one large pair of wires or load balancing per wire is to shunt balance per set of wires and have each wire sized such that they can handle the other wires in their set performing significantly worse, like as implemented on the 8-pin PCI-E connector or the 3xxx 12vHPWR implementation.
And really, the shunt resistors are just for handling minor imbalances. Large imbalances should be detected by current monitoring hardware and limit or cut off power when detected, but that requires shunt resistors on each pin or pair of pins to detect.
This is the best interpretation, it's frankly just bullshit that they couldn't have just implemented more robust circuitry to just check the connector. Further points to the cost savings reason because it seems like they wanted to save space and materials cost and then wanted to put their hands in their ears and go "nuh uh, all you" when anyone has issues. Even though it's almost no cost to them per card to just put in a tiny bit of extra circuitry to freaking check.
That's an assumption. The plastic bit could provide all of connection stabilization that the entire assembly needs. If you want to test your assumption, go buy the connector yourself.
And again none of that matters, they could have implemented the circuitry to check, as Buildzoid said, for almost no extra money. This isn't a first gen product anymore. It's a second gen product supposedly compatible with the exact same connector type. The fact that we're having this issue AGAIN is just pathetic. It doesn't take an AI engineer or a rocket scientist to know if you're running something closer to (more like "right at") its limits, you're going to need some checking, especially on a freaking 2-2.5k+ USD product. Nvidia has no excuse
If he has a pansy cpu and no crazy radiators or gigantic fans and pumps it might be alright.
It worked fine for the test period, my whole system combined was pulling 800ish and that is from the UPS, so less DC.I personally would suggest against using a 1000w
Thermal Grizzly introduces 90° WireView Pro GPU: real-time power, temperature and alarm functions
Seems very incompatibleI don't think that will work on an FE card.
Tell me about it. Too many 3rd party remedies trying to polish thisOMG look at all of these crazy solutions because of a stupid connector, good grief it's ridiculous.
What if PCI-SIG doubles downTell me about it. Too many 3rd party remedies trying to polish this. PCI-SIG need to bin it and start over with some actual electrical engineers
They already did, it's why we have 2 generations of the melting connector.What if PCI-SIG doubles down
*in about 0.02% of cards. Which is virtually none. They sold millions of 4xxx cards and had a total of what, 50 or so cards they said, in which many were user error. We have had a handful of reports for the 5xxx cards, again virtually none.They already did, it's why we have 2 generations of the melting connector.
With some failures being just plain being ignorant on the way PC hardware works.We have had a handful of reports for the 5xxx cards, again virtually none.
Yep. People are buying into the sensationalism from tech influencers far too readily.With some failures being just plain being ignorant on the way PC hardware works.
Yep. People are buying into the sensationalism from tech influencers far too readily.
It wasn't plugged in properly.Why is the entire row of pins burnt? It's usually just 1 or 2.
instead of being installed correctly it was tilted relative to the board resulting in the entire row having poor contact.Why is the entire row of pins burnt? It's usually just 1 or 2.
Something I noticed with the CableMod 12V-2x6 12VHPWR cable I purchased for my 5080 FE, one of the actual pins was pushed out when plugging the connector into the card. I wonder if this might have happened to this cable as well and the user may have not noticed. I grabbed a pair of needle nose pliers and carefully grabbed the end of the cable and made sure it was fully inserted back into the connector and thus the card. I wonder if how the pins are held inside the connector housing may be insufficient, and if this may be a problem that affects more than just one cable manufacturer.I think the most interesting part of this is that user error can be confidently ruled out. The connectors were not only clearly fully inserted, but were stuck in place so strongly that there's no way the user could have moved them after-the-fact. This is different to a lot of previous instances where accusations of user error were more plausible, and impossible to prove wrong. I wonder what new explanations will be manufactured this time?